LEDG wrote: ↑

Sat May 05, 2018 7:28 pm

Thanks for sharing. Is it the same in different browsers?

yes.
as soon as i login it appears at the top of every page. must have something to do with the reactions notifications

sdfoster22 wrote: ↑

Sat May 05, 2018 5:34 pm

harder you run the drivers the more efficient the driver runs?

if you have a CC driver that can supply 1A from let's say 30-100V it's more efficient if you reach towards 100V instead of 30V. that's what i heard.
i don't know about losses when they are dimmed

yeah i haven't found a way to actually agree to the licence agreement to get to the next step on the bridgelux page

of course i used the dimming leads. but maybe you could somehow wire the 2 driver's dimming leads in series with a pot. no idea

i got this above the forum on my PC and on my phone all the time: [phpBB Debug] PHP Warning: in file [ROOT]/ext/steve/postreactions/notification/type/reaction.php on line 147: sprintf(): Too few arguments [phpBB Debug] PHP Warning: in file [ROOT]/includes/functions.php on line 4516: Cannot modify he...

these do look like the LM561c. This is already a step ahead of other players mentioned. haha do you value the "look" of the LED? this is like buying clothing just because it has a counterfeit luxury brand tag on it. anyway, another advantage of them is their aluminum PCB (better heat disappation) b...

since they were not efficient to start with, VESTA are not really inefficient when you look at photon output, instead of lm/w. so from a plants viewpoint. by using LivingLight's "lm to photon conversion factors" you get these umol/s per watt : 129 lm/W * 0.017 = 2.27 VESTA CRI90 (0% = BASELINE) 144...

unkle_psycho wrote: ↑

Fri May 04, 2018 7:19 pm

301B has virtually the same specs as the 561c, but mainly seems more efficient because the chosen current was lower?

like i calculated in the other thread. it is 3.5% more efficient than lm561c if you power them the same.

unkle_psycho wrote: ↑

Fri May 04, 2018 6:59 pm

150lm/w would be great... especially if its 12v and can be chopped every 3 diodes.

problem with those flex strips is that they use resistors that result in a lot of efficiency wasted

And concerning the bleaching under led's panels, it's most of the time induced by very high density of light in the uv-blue region (not really burning, it's another kind of stress). Because people don't understant that most led lights produce a fcking huge light density if you are too close from th...